LandSkip Launches 'Annai AI', a Voice-Interactive AI Reception Signage to Streamline Hospital Reception Operations

LandSkip Co., Ltd. (Representative Director: Kazuki Shimomura, hereinafter LandSkip), which provides medical signage for medical institutions, has launched the AI reception guidance signage 'Annai AI' aimed at streamlining reception operations in medical institutions. In addition to accurate guidance based on hospital-specific Q&A data, it features intuitive operation through voice dialogue and screen display, non-contact operation using a foot button, and rapid response, making it designed for safe use in medical settings. By having AI handle inquiries from patients, it supports the reduction of the reception workload and the improvement of patient satisfaction.

[Background] At medical institution receptions, many inquiries occur daily, such as 'location of clinical departments,' 'reception hours,' and 'procedures.' Dealing with these leads to an increased burden on reception work and is one of the causes of congestion and waiting times. In addition, in recent years, there has been a demand for the digital transformation (DX) of reception operations from the perspective of responding to labor shortages and improving operational efficiency in medical settings.

[Product Overview] 'Annai AI' is an AI reception guidance system that responds to hospital guidance and various inquiries by speaking by voice to an AI avatar displayed on digital signage. Users can simply input their questions by voice and check information such as the location of clinical departments and reception hours through voice and screen displays.

Annai AI | Product Introduction PV (YouTube) https://youtu.be/fwqSbrSxY6g

[5 Features] 1. Prevents incorrect guidance with hospital-dedicated AI It achieves accurate guidance by using dedicated Q&A data tailored to the operations of each facility and hospital flowlines.

2. Information provision via voice dialogue and screen display By combining voice operation and visual guidance, it enables intuitive use.

3. Operable in a fully offline environment With a standalone configuration that does not rely on external communication, it achieves stable operation and security.

4. Hallucination-zero design By controlling answers outside the learning scope and the generation of inappropriate information, it can be operated safely even in medical settings.

5. Multi-language and buy-out